This book is devoted to phenomena that are of interest to both particle and nuclear physicists. The topics include nucleon structure (including spin structure), electron, neutrino, and hadron scattering from nucleons and nuclei, strange matter, the standard model, theory of nucleons and nuclei from both the QCD and nucleon-meson viewpoints, new experimental techniques, and new facilities.
Sample Chapter(s)
Nucleon Spin Structure Measurements (1,331 KB)
Contents:
- Nucleon Spin Structure Measurements (B W Filippone)
- Polarized Structure Functions: A Status Report (S Forte)
- Solar Neutrino Experiments (K Nakamura)
- Current Status of JPC-exotic Mesons and Glueballs (S U Chung)
- QCD from a Large N Perspective (A V Manohar)
- Lattice Results in Hadron Phenomenology (G Martinelli)
- Structure and Motion of Nucleons in Nuclei (W U Boeglin)
- Quasi-free (e,e′p) Reactions: The First Look from CEBAF (D Potterveld)
- Low Energy Tests which Probe Beyond the Standard Model (L J Hall)
- Superallowed Beta Decay: A Nuclear Probe of the Electroweak Standard Model (J C Hardy et al.)
- Neutrino Oscillation Experiments: Are Oscillations Really Discovered? (F Vannucci)
- Concluding Remarks (D H Wilkinson)
- and other papers
Readership: Nuclear and particle physicists.
